Transmits sound waves directly at the bottom so strong echoes are reflected back to the transducer.

Can be removed in seconds for servicing or storage.

Only the base piece is bonded to the hull. There is no adhesive layer under the transducer face to absorb sound energy.

Simplifies in-hull installation.

M260 & R199

The M260 and R199 can "shoot through the hull", and delivers outstanding performance with all the advantages of an in-hull design – no hole in the boat or cavitation to the propeller.

The M260 and R199 will read clearly at high speeds, as flow turbulence noise isn’t an issue. The M260 and R199 packs an 88mm (3.5") ceramic at 200kHz, and the M260 has seven dedicated elements operating at 50kHz. The R199 has fifteen dedicated elements operating at 50kHz.

Transmits sound waves directly at the bottom so strong echoes are reflected back to the transducer.

Can be removed in seconds for servicing or storage.

Only the base piece is bonded to the hull. There is no adhesive layer under the transducer face to absorb sound energy.

Simplifies in-hull installation.

M260 & R199

The M260 and R199 can "shoot through the hull", and delivers outstanding performance with all the advantages of an in-hull design – no hole in the boat or cavitation to the propeller.

The M260 and R199 will read clearly at high speeds, as flow turbulence noise isn’t an issue. The M260 and R199 packs an 88mm (3.5") ceramic at 200kHz, and the M260 has seven dedicated elements operating at 50kHz. The R199 has fifteen dedicated elements operating at 50kHz.